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Interactive tools for teaching electrical engineering

机译:互动工具,用于电气工程教学

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Outcomes based teaching and learning requires monitoring of teaching and students learning. So far teaching can be monitored by video, document camera or screen recordings or by a coach. This creates hard to edit video content. Also static questionnaires are used for outcome monitoring and problem solving purposes. This paper presents a new approach using dynamic HTML5 web pages with JavaScript enabling creating editable and searchable open source content on the fly in real time during lecture. Data can easily be transferred from the web page to data processing tools. This allows explorations by students. Based on this automated problem generation and solving is shown in an example of root mean square voltage calculation. Results can be sent to a server to implement a live feedback system. All data and programs are embedded in the web document. Therefore it is much easier to reuse content, evaluate style and improve lectures increasing efficiency of teaching.
机译:基于结果的教学需要对教学和学生学习进行监控。到目前为止,教学可以通过视频,文档摄像机或屏幕录像或教练进行监控。这将导致难以编辑视频内容。静态问卷也用于结果监视和解决问题的目的。本文介绍了一种使用带有JavaScript的动态HTML5网页的新方法,该方法可在授课期间实时创建可编辑和可搜索的开源内容。可以轻松地将数据从网页传输到数据处理工具。这允许学生进行探索。基于均方根电压计算的示例显示了基于这种自动问题的生成和解决方案。可以将结果发送到服务器以实施实时反馈系统。所有数据和程序都嵌入在Web文档中。因此,更容易重用内容,评估风格并改进讲座,从而提高教学效率。

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